Advanced Air-Assisted Patient Transfer System for Safe Lateral Transfers
The Mangar Swift with Airflo Duo and Travel Bag is a lightweight, air-assisted patient transfer system designed for safe, efficient lateral transfers and supine repositioning. Powered by advanced Airflo Duo technology, it operates on both AC power and a rechargeable battery for reliable performance in clinical and mobile care settings.
Constructed from durable, anti-rip material, the Swift supports up to 1,100 lbs (500 kg) while remaining easy to transport with the included travel bag. Rigorously tested for safety, durability, and patient comfort, it helps reduce caregiver strain and improves the efficiency of patient handling.
Advanced Features for Safe & Efficient Patient Transfers
- Reduces Caregiver Injury Risk: Designed to minimize the physical strain of patient transfers and repositioning, helping reduce the risk of musculoskeletal injuries and improving workplace safety for caregivers and healthcare professionals.
- Dual Power Operation: Features AC mains and rechargeable battery power, providing reliable performance and the flexibility to perform patient transfers in both stationary and mobile care environments.
- Lightweight & Heavy-Duty Construction: Built from durable, anti-rip materials that offer long-lasting performance while remaining lightweight for easy transport, storage, and everyday clinical use.
- Indoor & Outdoor Versatility: Engineered for dependable operation in hospitals, nursing homes, emergency response, home care, and outdoor environments, making it a versatile patient handling solution.
- Fast Inflation in Under One Minute: Quickly inflates in less than 60 seconds, enabling faster patient transfers, reducing downtime, and improving caregiver efficiency during time-sensitive situations.
- Enhances Safe Patient Handling: Creates a low-friction air cushion that simplifies lateral patient transfers and supine repositioning, improving patient comfort while reducing the effort required by caregivers.
Winncare Mangar Swift With Airflo Duo And Travel Bag Specifications
| Maximum User Weight | 1100 lbs. |
| Inflated Height | 5.5 in. |
| Length | 80 in. |
| Width | 39.5 in. |
| Product Weight | 3.5 lbs. |
| User Warranty | 2 Year Manufacturer Warranty |
Winncare Mangar Swift With Airflo Duo And Travel Bag Brochure
Frequently Asked Questions (FAQs)
What is the Mangar Swift with Airflo Duo used for?
The Mangar Swift with Airflo Duo is an air-assisted patient transfer system designed to safely perform lateral patient transfers and supine repositioning. By creating a cushion of air beneath the patient, it significantly reduces friction, making transfers smoother, safer, and more comfortable while minimizing the physical effort required by caregivers.
How much weight can the Mangar Swift support?
The Mangar Swift is engineered for bariatric and standard patient care, supporting users weighing up to 1,100 lbs. (500 kg). Its durable anti-rip construction provides exceptional strength and stability for demanding healthcare environments while maintaining a lightweight, portable design.
Does the Mangar Swift require a power outlet to operate?
No. The included Airflo Duo offers both AC mains power and a rechargeable battery, allowing the system to be used in hospitals, nursing homes, home care settings, ambulances, and other environments where access to electrical outlets may be limited.
How quickly does the Mangar Swift inflate?
The Mangar Swift inflates in under one minute, allowing caregivers to perform patient transfers quickly and efficiently. This rapid setup helps improve workflow, reduces patient waiting time, and is especially valuable during emergency situations or high-volume care environments.
How does the Mangar Swift help reduce caregiver injuries?
The Mangar Swift uses advanced air-assisted technology to create a low-friction surface that dramatically reduces the force required to move patients. This helps lower the risk of caregiver musculoskeletal injuries associated with lifting, pulling, and repositioning while promoting safer patient handling practices and improving overall workplace ergonomics.